Table 52: The Structure of the F-Data
PROFIsafe user data (PROFIdrive Safety Signals)
Status/Control Byte, CRC2
7.1.6.3 PROFIsafe over PROFINET
When PROFINET is used, the PROFIdrive data is always in slot 1 and the PROFIsafe data is in slot 2. If the used PLC software follows
the restrictions in the OPTEA GSDML file, it is not possible to put different types of telegrams in the wrong slots.
For information on the supported telegram combinations, see VACON
®
OPTEA Advanced Dual Port Ethernet Option Board Manual.
7.1.6.4 Data Mapping for PROFIdrive on PROFIsafe
This section describes the telegrams used for controlling the safety functionality of the AC drive with PROFIsafe.
The Advanced safety option board supports 3 safety telegrams consisting of both standard PROFIdrive on PROFIsafe functionality
and a vendor-specific functionality. These telegrams are Standard Telegram 30, Standard Telegram 31, and the vendor-specific Tele-
gram 58000.
Table 53: The Supported Safety Telegrams and the Used Safety I/O Data Format
N O T I C E
For all safety output data (control word), a bit value 0 means "activate" and 1 "deactivate" a safety function. All unsupported,
unused, or reserved bits, including safety functions not taken into use with VACON
®
Safe, must be set to 0. Setting their bit value
to 1 causes a fault.
N O T I C E
For all safety input data (status word), a bit value 1 means "active" and 0 "nonactive". All unsupported, unused, or reserved bits
are set to 0.
7.1.6.5 Safety Control Word 1 (S_STW1)
When you use Standard Telegram 30, the control word is Safety Control Word 1. Byte 0 is standardized. Byte 1 is completely vendor-
specific, and identical to Byte 3 of Safety Control Word 2 (S_STW2).
Table 54: Description of Safety Control Word 1 (S_STW1)
6.2.2.4 The STO and SBC Signals
6.2.4.6 The SS2 and SOS Signals
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Safe Fieldbuses
VACON® NXP Advanced Safety Options
Operating Guide